Commissioning Checklist for Building Management System
General Information
- Enter the official name of the project.
- Ensure it matches all documentation.
- Use consistent naming conventions throughout.
- Specify the complete address of the project.
- Include city, state, and zip code.
- Add any relevant geographical identifiers.
- Record the date of commissioning activities.
- Use the format: MM/DD/YYYY.
- Ensure the date is current and accurate.
- Identify the individual or organization overseeing commissioning.
- Include contact information: phone and email.
- Confirm their certification and role in the project.
- Provide the name of the building owner or client.
- Include contact details for communication.
- Verify ownership and client agreements are in place.
Pre-Commissioning Checks
- Collect all relevant documents.
- Check for installation manuals, warranties, and compliance certificates.
- Ensure documents are signed and dated by responsible parties.
- Verify that all necessary inspections and approvals are documented.
- Cross-reference installed equipment with specifications.
- Check model numbers, sizes, and quantities.
- Ensure proper placement according to design layout.
- Verify that manufacturer installation guidelines are followed.
- Inspect for physical damage or defects.
- Check for correct labeling and identification.
- Ensure all components are clean and free of debris.
- Verify that components are properly mounted and secured.
- Check power sources and ensure they are active.
- Verify voltage and current ratings are within specifications.
- Test each device for power connectivity.
- Inspect circuit breakers and fuses for proper operation.
- Inspect all wiring for damage or wear.
- Ensure all connections are tight and free of corrosion.
- Test continuity of wires using a multimeter.
- Label wires clearly for future reference.
Functional Testing
- Ensure sensors are powered and connected.
- Simulate environmental conditions to verify readings.
- Check for accurate data transmission to the BMS.
- Inspect sensor placement and alignment.
- Record and compare readings against expected values.
- Test each actuator for manual operation.
- Check control valve responses to BMS commands.
- Ensure proper calibration of actuators and valves.
- Monitor feedback signals for accuracy.
- Document any discrepancies for troubleshooting.
- Monitor temperature and humidity levels.
- Verify system response to BMS commands.
- Check for energy efficiency and airflow rates.
- Inspect ductwork and vents for obstructions.
- Document performance metrics for analysis.
- Ensure all lighting fixtures are operational.
- Test manual and automated control scenarios.
- Verify occupancy sensors trigger lighting appropriately.
- Check for scenes and schedules programmed in BMS.
- Document any integration issues for resolution.
- Test alarms for audible and visual alerts.
- Verify notification delivery to intended recipients.
- Check integration with emergency systems.
- Simulate alarm conditions to ensure triggers work.
- Document response times and effectiveness.
Software and Programming Verification
Calibration and Adjustments
- Check manufacturer's specifications for each sensor.
- Use calibration tools to verify accuracy.
- Adjust readings to match standard reference values.
- Document calibration results for each device.
- Repeat calibration for devices as necessary.
- Review current control settings and performance metrics.
- Modify PID settings to eliminate oscillations.
- Test adjustments under various load conditions.
- Monitor system response to changes.
- Document final parameter settings.
- Verify setpoints against project specifications.
- Check for consistency across related systems.
- Adjust setpoints as required for comfort levels.
- Test system response to setpoint changes.
- Record any discrepancies and adjustments made.
- Review schedule settings for accuracy.
- Confirm correct time zones and daylight savings configurations.
- Simulate schedule activation to test functionality.
- Adjust schedules based on operational needs.
- Document final schedule settings for reference.
- Test demand control strategies under various conditions.
- Verify communication between sensors and controllers.
- Monitor energy consumption during testing.
- Adjust strategies for improved efficiency if necessary.
- Record outcomes of validation tests.
Use in Manifestly